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1241 About the OSI layers The Open System Interconnection Reference Model (OSI Reference Model or OSI Model) is a description of layered communications and computer network protocol design Basically, it divides network architecture into seven layers which, from top to bottom, are the application, presentation, session, transport, network, data link, and physical layers It is therefore often referred to as the OSI Seven Layer Model Internetworking devices such as bridges, routers, and switches have traditionally been categorized by the OSI layer they operate at and the role they play in the topology of a network:
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Layer 2 Bridges and switches operate at Layer 2 (data link layer) Layer 3 Routers operate at Layer 3 (network layer)
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Bridges and switches extend network capabilities by forwarding traffic among LANs and LAN segments with high throughput Layer 2 refers to the layer in the communications protocol that contains the physical address of a client or server station It is also called the data link layer or MAC layer Layer 2 contains the address that is inspected by a bridge, switch, or PC NIC The Layer 2 address of every network device is unique, fixed in hardware by its manufacturer and usually never changed Traditionally, products that were called switches operated by forwarding all traffic based on its Layer 2 addresses
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The spanning tree protocol, implemented in many Layer 2 switches, prevents forwarding loops in switched networks Unfortunately, this is achieved by shutting down redundant connections and never using them In contrast, routers are able to keep redundant connections active and make use of this built-in redundancy to increase network reliability and performance With Layer 2 switching reaching the limits of its potential, the multilayer switch represents the next stage in the evolution of internetworking devices Multilayer switching is simply the combination of traditional Layer 2 switching with Layer 3 protocol routing in a single product, usually through a fast hardware implementation Routers perform route calculations based on Layer 3 addresses and provide multiprotocol support and WAN access, but typically at the cost of higher latency and much more complex administration requirements Layer 3 refers to the layer in the communications protocol that contains the logical address of a client or server station It is also called the network layer Layer 3 contains the address (such as IP or IPX) that is inspected by a router that forwards the traffic through the network The Layer 3 address of a network device is a software setting established by the user network administrator that can and does change from time to time; only devices that need to be addressed by Layer 3 protocols, such as IP, have Layer 3 addresses Traditionally, routers operated solely on Layer 3 addresses
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1242 Carrier Ethernet TDM networks are reliable, well developed tech-
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nology with guaranteed and predictable service levels Unfortunately, they are not suitable for the Ethernet transport and introduction of new, bandwidth-intensive services Technology and the cost of course is driving the migration to IP-based networks, and the new IP services are critical to improving operators revenue; therefore, new generations of wireless networks will be IP-based Network providers are upgrading their IP networks to support not only existing best-effort services but also real-time services and existing Layer 2 services Best-effort services such as e-mail are able to withstand the significant delay, packet reordering and outages common on most IP networks On the other hand, real-time services, such as voice-over-IP (VoIP), video, streaming media and interactive gaming, demand a higher level of network performance with low latency and high network availability Essential services that currently reside on ATM and frame-relay switches cannot be transitioned to a network that is not stable and does not deliver the Quality of Service (QoS) servicelevel agreements require
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